Stem Cell Therapy for Arthritis in Lafayette, IN

Arthritis is a condition where a joint or several joints become inflamed and painful. There are over 100 different types of arthritis. The most common of these are osteoarthritis and rheumatoid arthritis.

Arthritis is caused by a breakdown of cartilage. Cartilage exists within your joints, which are the points in your body where two bones meet. The role of cartilage is to allow the joints to move smoothly, while cushioning them against shock.

When the cartilage breaks down, the bones begin to rub together. This causes them to become inflamed, leading to pain and stiffness.

Causes of Arthritis

There are several factors that could lead to a breakdown of cartilage in your joints. Here are a few examples:

Diagnosis

If you are experiencing arthritis symptoms, please call (765) 259-0545 or contact Charles Turner MD online. Your doctor will likely inspect your joints for signs of fluid retention or tenderness. Your doctor will also test your movements to identify if there is a restricted range of motion.

During your visit, your physician may also administer some form of internal imaging such as an X-ray. A blood test could be performed to search for any infections that may be contributing to the condition. In some cases, a sample of joint fluid will also be taken for analysis.

Stem Cell Treatment

Unfortunately, in most arthritis cases, the cause cannot be cured. There is no way to naturally rebuild cartilage that has been lost, and surgery can only artificially achieve this.

That being said, your doctor can help reduce the pain you experience while also improving your flexibility and range of motion. Your doctor can use adult stem cells called allogeneic mesenchymal stem cells to treat arthritis. Stem cells are effective in reducing arthritis pain because they have anti-inflammatory and regenerative capacities. Stem cells have been shown to reduce the immune system response, inhibit inflammation, stimulate blood vessel formation, repair tissue and help transplanted stem cells to engraft.